Innovative Integrated Process
Innovative Integrated Process
Reduce energy consumption costs
Chemical coating energy-saving drying

Chemical coating energy-saving drying

In the production of the chemical coating industry, there are pain points such as product foaming, cracking, peeling, and oxidation. However, traditional drying technologies have excessively high investment and operation costs, making "low-cost drying" an urgent issue to be solved.

Suner closed-loop energy station adopts a unique treatment process to accelerate the curing process, prevent oxidation reactions of coatings in the air, ensure complete solidification of the paint film, and enhance adhesion. Moreover, the equipment adopts a high-strength design structure to ensure long-term operation of the system.

Unique Advantages of Energy-saving Energy Stations in the Chemical Industry
High-efficiency components are adopted to accelerate drying and save substantial energy consumption; optimal process matching is used to reduce investment costs; advanced spatial layout concepts are introduced to achieve higher space utilization and more convenient maintenance management; customized process packages are combined with mature module designs to achieve a 1+1>2 effect.
Unique Advantages of Energy-saving Energy Stations in the Chemical Industry
One-on-one consultation chemical coating energy-saving processes
Complete Set of Equipment for Energy-saving Energy Stations in the Chemical Industry

The thermal energy closed-loop energy station uses a small amount of electricity to collect waste heat and gas, converting them into high-temperature dry hot air for the production line to heat up and boost efficiency. It saves up to 70% energy compared to traditional drying methods while improving productivity.

It eliminates exhaust emissions, reducing air pollution to zero, and can liquefy organic solvents to realize waste gas recycling. As a new energy solution for drying systems, it achieves energy and material closed loops, making it an efficient, energy-saving and eco-friendly new equipment.

Thermal Energy Closed-Loop Energy Station
Medium-Temperature Closed-Loop Energy StationHigh-Temperature Closed-Loop Energy StationUltra-High-Temperature Closed-Loop Energy Station
Advantages of the Energy Station

Integrated Process
Mature technology with innovative integrated treatment process.

New Material Application
Corrosion-resistant and anti-leakage, successfully applied in industrial thermal energy recovery projects with safe and reliable quality.

Economic Plan
Provide accurate technical and total economic cost analysis reports for process schemes.

Informatization Management
Industrial informatization management system ensures project quality progress and realizes visualized delivery.

Modular Manufacturing
Engineering modules can be assembled in a building-block manner (movable, detachable and upgradable).

Complete set of equipment for energy-saving energy stations in the chemical industry
Medium-Temperature Closed-Loop Energy Station
Medium-Temperature Closed-Loop Energy Station
Supply air temperature: 92℃ Supply air humidity: 4.5%RH
Return air temperature: 70℃ Return air humidity: 18%RH
High-Temperature Closed-Loop Energy Station
Supply air temperature: 122℃ Supply air humidity: 1.61%RH
Return air temperature: 90℃ Return air humidity: 10%RH
High-Temperature Closed-Loop Energy Station
chemical coating energy-saving Cases
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Complete Set of Energy-saving Application Solutions for Drying Systems
Learn about detailed scheme design
Complete set of energy-saving application solutions for drying systems

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